How to Use Fleming's Right Hand Rule to Work Out Direction of Current

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  • Опубликовано: 2 янв 2025

Комментарии • 37

  • @GSHElectrical
    @GSHElectrical 5 лет назад +7

    Looks like another early morning Joe. Thanks as always for your valuable content 👍

  • @no_short_circuit
    @no_short_circuit 5 лет назад +6

    Thanks Joe. Easy to understand these concepts the way you explain and illustrate . Have a great 2020

  • @TheAdamEdward
    @TheAdamEdward 3 года назад +3

    So much better than the text book I have at explaining things 👍🏻 thanks again Joe

  • @wolveswanderers8428
    @wolveswanderers8428 3 года назад +3

    Thank you so much for this video, struggled with it in my online lesson and found it hard to grasp, understand it now because of this video

  • @vievlogs589
    @vievlogs589 5 лет назад +2

    Another fantastic video Joe

  • @ramajkhater7454
    @ramajkhater7454 3 года назад +1

    OMG!!!!!!!Thank you!!!!!You literally saved my life!🥰💞💞

    • @JoeRobinsonTraining
      @JoeRobinsonTraining  3 года назад

      Oh wow, thanks, that's great to know, glad it was helpful. 😊

  • @Eoin1082
    @Eoin1082 2 года назад

    Great explanation thanks. So simple to understand this way.

  • @markrowland5393
    @markrowland5393 5 лет назад

    Excellent video. Thanks, Joe.

  • @MIRPURItube
    @MIRPURItube 5 часов назад

    Hi Joe, I have got my level 2 exam coming in a few days. Only bit I am struggling with is if a question is about motor or generator?
    I did one question in mock exam where I should have applied left hand but I used right hand and obviously got the answer wrong.
    Really appreciate your videos 🫶

  • @blueeyedboxer20008
    @blueeyedboxer20008 2 года назад

    Nice one, really grasped the concept now 👌

  • @ChernoBueno
    @ChernoBueno 4 года назад +2

    Amazing explanation thank you so much!

  • @parthsrikanth2627
    @parthsrikanth2627 2 года назад +1

    very nice explanation

  • @andrealiu8650
    @andrealiu8650 2 года назад +1

    Nice example. Thank you.

  • @geeshansathsara3171
    @geeshansathsara3171 3 года назад

    Thank you mr.joe... it's very helpful 👍

  • @rangelyf
    @rangelyf 3 года назад

    Really clearly explained, thanks a lot :)

  • @sivabalanvinodhkumar7495
    @sivabalanvinodhkumar7495 4 года назад

    this certainly helped a lot, i didnt get it in class thanks

  • @siewmengchan2366
    @siewmengchan2366 3 года назад +1

    Mr Joe, please show how you reverse the current in the second deflection.Thanks

    • @JoeRobinsonTraining
      @JoeRobinsonTraining  3 года назад

      ruclips.net/video/ZWlzuOgBERU/видео.html this might help. 😊

  • @tedlahm5740
    @tedlahm5740 5 лет назад

    Very good. Large generators spring the magnet and not the conductor?
    Everything would be different? Another challenge to learn?

  • @robertbennett972
    @robertbennett972 Год назад

    One question. Would not the right hand grip rule cause the motion to go in the opposite direction from what you presented? I say this to say that since the conducting wire produces its own magnetic fields, other than those of the magnets, and when the current happens to go in the screen and produces clockwise magnetic fields, then would not those fields couple with the magnetic fileds to force up the wire if the North pole of the magnet is on the right side?

  • @WongJohnny-oe6po
    @WongJohnny-oe6po 6 месяцев назад

    Thank you 🙏

  • @selaas3153
    @selaas3153 Год назад

    Thanks a million ❤️

  • @gaureearolkar1522
    @gaureearolkar1522 4 года назад +1

    how the direction of current changes when you move a wire from left hand side to right hand side at a 1mm distance from north pole of a bar magnet?

  • @lsnogaming2893
    @lsnogaming2893 5 лет назад

    Boom... love it ❤️

  • @Sergey3023
    @Sergey3023 4 года назад +1

    Thank you for this video
    Will you be able to explain how is generator works in one of your videos?
    I'm straggling to understand this question in one of our training shits ...
    Q;Which simple device consists of coil of wire, which is rotated within a magnet field by an exterior force?
    a.Motor
    b.Rectifier
    c.Inverter
    d.Generator
    What does it mean by an exterior force?
    Thank you in advance .

    • @JoeRobinsonTraining
      @JoeRobinsonTraining  4 года назад

      Check out this video: ruclips.net/video/24tu06BZg5o/видео.html

    • @JoeRobinsonTraining
      @JoeRobinsonTraining  4 года назад

      And this one: ruclips.net/video/PgmgL2R5dFE/видео.html

  • @wallbouncer9655
    @wallbouncer9655 5 лет назад +1

    👍

  • @Xrdnk
    @Xrdnk Год назад

    Is it conventional current or electron flow?